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Yarr is a Lisp-based scripting language for .NET with many features borrowed from Common Lisp. It has numerous extensibility features, and can serve as the basis for domain-specific languages. Includes sample console and WPF applications showing how to host the Yarr runtime.

DSLFactory.Utilities is a library providing a set of utilities to be used with Domain Specific Languages created with the Microsoft DSL Tools Among other features you will find new common contextual commands, help for supporting reverse engineering from class view, incremental...

Example of mapping a role-playing game dungeon with a C# .NET external domain specific language. Implements a custom programming language in a text file to drive a state machine, allowing the user to create a variety of programs with the external DSL (domain specific language).

Code repo for Functional and Reactive Domain Modeling.Functional and Reactive Domain Modeling teaches you how to think of the domain model in terms of pure functions and how to compose them to build larger abstractions. You will start with the basics of functional programming and gradually progress to the advanced concepts and patterns that you need to know to implement complex domain models. The book demonstrates how advanced FP patterns like algebraic data types, typeclass based design, and isolation of side-effects can make your model compose for readability and verifiability. On the subject of reactive modeling, the book focuses on higher order concurrency patterns like actors and futures. It uses the Akka framework as the reference implementation and demonstrates how advanced architectural patterns like event sourcing and CQRS can be put to great use in implementing scalable models. You will learn techniques that are radically different from the standard RDBMS based applications that are based on mutation of records. You'll also pick up important patterns like using asynchronous messaging for interaction based on non blocking concurrency and model persistence, which delivers the speed of in-memory processing along with suitable guarantees of reliability.